part-e: Single Stud System using SoundBlocker Quilt Plus

overview
The latest Part E system for single stud walls using acoustic plasterboard and sound absorbing/sound barrier SoundBlocker Quilt Plus.
size
Supplied on a roll, 6m x 0.6m or 6m x 1.2m

The latest Part E system for single stud walls using acoustic plasterboard and sound absorbing/sound barrier SoundBlocker Quilt Plus.
| SoundBlocker Quilt Plus Sound Reduction Performance | ||
|---|---|---|
| RwdB | RwdB + Ctr | |
| 55 | 48 | |
| Part E Acoustic Requirement | ||
| New Build | Refurbishment | |
| DnT,w + Ctr dB | DnT,w + Ctr dB | |
| 45 | 43 | |
Components and Fixing Data:
| Technical Data | ||
|---|---|---|
| Application: | Separating Wall | |
| Mass per Unit: | 55 kg / m2 | |
| Footprint Width: | 130mm | |
| Fire Protection: | 60 Minutes | |
| Certification: | Sound Reduction index to BS EN ISO 140-3: 1995. Rating according to BS EN ISO 717-1: 1997 | |


Acoustic Quilt Plus consists of a laminate of 25mm recycled sheep’s wool, 2Kg acoustic membrane and another 25mm recycled sheep’s wool. Combined, these products give a superior level of sound absorption far more efficient than using normal mineral wool infill and acts as a very effective sound barrier and reducing the amount of noise that passes through the partition.
It performs up to 4 times better than normal acoustic mineral wool as has a sound stopping barrier layer sandwiched in the middle which helps blocks airborne sound as efficiently as lead of the same mass.
This Acoustic Quilt Plus system exceeds Part E Resistance to the Passage of Sound making it an attractive product for both new build and conversion of existing buildings into flats.
Acoustic Quilt Plus can up rate a typical 12.5mm partition by up to 16dB!
Acoustic Quilt Plus can up rate a typical floor section by up to 13dB!
The quilting used in this product is a produced using recycled materials and is largely sheep’s wool. A natural product produced from sustainable sources. This product does not include the use of CFC's, HCFC's or other environmentally damaging gases during production.